CONNECTING FASTENING DEVICES ADAPTED

Brand	Owner	Address	Description
PINCLIP	Fidlock GmbH	Kirchhorster Str. 39 30659 Hannover Germany	Connecting and fastening devices adapted to information technology, audiovisual, multimedia and photographic apparatus; transport and storage containers for information technology, audiovisual, multimedia and photographic apparatus and connecting and fastening devices adapted thereto; connecting and fastening devices adapted to apparatus and instruments for accumulating and storing electricity; transport and storage containers for apparatus and instruments for accumulating and storing electricity and connecting and fastening devices adapted thereto; connecting and fastening devices adapted to optical apparatus and equipment, enhancers and correctors; transport and storage containers for optical apparatus and equipment; enhancers and correctors and connecting and fastening devices adapted thereto; connecting and fastening devices adapted to protective and safety equipment; transport and storage containers for protective and safety equipment and connecting and fastening devices adapted thereto; connecting and fastening devices adapted to diving equipment; transport and storage containers for diving equipment and connecting and fastening devices adapted thereto; connecting and fastening devices adapted to navigation, orientation, positioning, tracking and mapping apparatus; transport and storage containers for navigation, orientation, positioning, tracking and mapping apparatus and connecting and fastening devices adapted thereto; connecting and fastening devices adapted to measuring, detecting, monitoring and inspecting apparatus; transport and storage containers for measuring, detecting, monitoring and inspecting apparatus and connecting and fastening devices adapted thereto; magnetic connecting and fastening devices;Luggage, bags, wallets and carrying bags; saddlery, whips and apparel for animals; connecting devices, fastening devices, in relation to the following fields: luggage, bags, pocket wallets, other carrying cases; connecting and fastening devices, in relation to the following goods: saddlery, whips, coats for animals; luggage, bags, wallets and other carrying case with connecting and fastening devices allocated and adapted thereto; saddlery, whips and clothing for animals with connecting and fastening devices allocated and adapted thereto;Small items of metal hardware; clips of metal for sealing bags; closures of metal; bottle closures of metal; sealing caps of metal; cowls of metal; connecting and fastening devices adapted to buildings and transportable buildings of metal; connecting and fastening devices adapted to containers and transport and packaging articles of metal;Accessories for apparel, sewing articles and decorative textile articles; fasteners for shoes; clothing (fastenings for -);Parts and fittings for vehicles; parts and fittings for land vehicles; connecting and fastening devices adapted to vehicles; containers and bags adapted to vehicles and connecting and fastening devices adapted thereto;Fasteners, non-metallic; fasteners of plastic; connecting and fastening devices adapted to furniture and furnishings; connecting and fastening devices adapted to animal houses and beds; containers, and closures and holders therefor, non-metallic; connecting and fastening devices adapted to ladders and movable steps, not of metal; connecting and fastening devices adapted to displays, stands and signage, not of metal;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Test piece, comprising at least two shaped probe elements and at least one connecting element for connecting the at least two shaped probe elements. Each connecting element is provided with at least one fastening element at one end of the connecting element for fastening a shaped probe element. Length variations of the at least two shaped probe elements and/or of the at least one connecting element are compensated by the fastening elements in such a way that the distance between respective two sensing points under standard measuring conditions is essentially constant.